Excess Post Exercise Oxygen Consumption (EPOC) is the prolonged boost that the body’s metabolism experiences after exercise. This EPOC effect is most pronounced after intense resistance training. Just like the training that we do at the X GYM. High Intensity Strength and Interval Training force a trauma to the body that must be recovered from. The “burn” that we feel when we strength train is actually the accumulation of lactic acid. This lactic acid is the by product of anaerobic exercise. Meaning that it is done with such a great intensity that oxygen is not being used. When the workout is completed the body must remove this lactic acid from the muscles, and replenish its fuel stores, as well as re oxygenate the blood. All of this requires energy.

Your body then is continuing to “work out” as you are getting back into your car, and go back to work or home or whatever you do after your workout. During this EPOC phase your heart rate is elevated above resting levels, and your body is also in an elevated fat burning state. This fat is being utilized to fuel these processes. So essentially you are doing your “Cardio” when you are done with your weights.

Studies have shown that the duration and level of the EPOC effect is most directly related to exercise intensity, not necessarily duration. This is why we advocate doing interval training for cardio. When someone does conventional “steady state” cardio the get an EPOC effect that is roughly equivalent to the amount of time they spent doing that activity. In other words, a thirty minute jog will result in 30 minutes of EPOC. Whereas a 20 minute high intensity interval training workout, will yield an EPOC effect of more than 80 minutes. More calories may be burned during the steady state workout than during the interval workout, but the net calorie and fat burn from the interval training workout, and the EPOC that ensues will be much greater.

This is one of the primary reasons why the X Gym workout has to be so intense. The harder the person lets the trainer push them during their workout, the longer and greater the EPOC effect will be, and therefore the more cardio and fat burning benefit they will receive.

Will a Glass a Day Keep the Doctor Away?

If you are one of the many people that think alcohol consumption may be leading you down a healthy path, you’re right. Well, partly. You’re also partly wrong. Study upon study relays evidence of alcohol’s (namely wine, but occasionally other drinks) benefit to the heart and preventing certain cancers. But don’t be so quick to smile if you have a glass of wine in your hand – that same beverage could be aiding other cancers in your body. Attention is being called to studies showing that alcohol consumption, even in moderation, may heighten the risk of mouth, pharynx, larynx, esophagus, liver, colon/rectum, and breast cancer. Not to mention the risks of what could happen when one consumes an amount deemed to be more than moderate.

Whether or not you give up your drinking habits is up to you. Drinking in moderation is still much better than heavy drinking. However, the consumer must be aware that drinking in moderation is not without risk. At one point in time, a drink per day for a woman, and even two drinks per day for a man seemed to fine, and even beneficial. Susan Gapstur, vice president of epidemiology for the American Cancer Society recommends further limiting alcoholic consumption if you are at risk for any of the aforementioned cancers.

What may burst the drinker’s bubble even more is the fact that there isn’t much excuse for alcoholic drinking in the first place. With today’s information, there are positive and negative affects of drinking alcohol. However, those on the positive side are mostly due to reservatol, a powerful antioxidant found in grapes. Thus, grape juice consumption can be equally as beneficial as wine, but without the negative affects!

How to Kick the Smoking Habit!

A recent study done by the University of Exeter has provided evidence for the first time that exercise can help people that are trying to kick their smoking habit. The specific study involved 20 moderately to heavy smokers who were required to fast from smoking for 15 hours before the test. They were then given 15 minutes of moderate exercise on an exercise bike and then shown smoking related images while their very precise eye movements were tracked. The results of the study showed an 11% decrease in the amount of time a person spent looking at a smoking image after 15 minutes of exercise versus no exercise. Many other studies have shown that light to moderate exercise like a brisk walk have been able to help people curb cigarette cravings.

This study will hopefully open up a new door into the hundreds if not thousands of non-physical related ways that exercise can help people. For that matter, if light to moderate exercise is enough to help people curb one of the more addictive drugs in the world what can high intensity training help accomplish?

The growing amount of evidence that moderate exercise can significantly help smokers curb their habits is only the beginning. There is every reason to assume that many negative habits preventing people from turning a corner in their health couldn't similarly be helped with the inclusion of a regular regime of exercise.